聚焦磁场的英文

• focusing magnetic field

• "聚焦"英文翻译    focus; focusing; concentrate
• "磁场"英文翻译    magnetic field
• "理想聚焦磁场边界" 英文翻译 :    ideal focusing magnetic field boundary
• "聚焦磁铁" 英文翻译 :    convergence magnet; focus magnet; focusing magnet
• "弱聚焦磁铁" 英文翻译 :    weak-focusing magnet
• "径向聚焦磁铁" 英文翻译 :    radial convergence magnet
• "阶梯型聚焦磁铁" 英文翻译 :    stepped focusing magnet
• "磁场聚焦" 英文翻译 :    divergence of the magnetic field
• "径向磁场聚焦" 英文翻译 :    radial magnetic focusing
• "磁场" 英文翻译 :    [物理学] (传递运动电荷或电流之间相互作用的物理场) magnetic field
• "固定磁场交变梯度聚焦加速器" 英文翻译 :    fixed field alternating gradient accelerator
• "聚焦" 英文翻译 :    [物理学] (使光或电子束等聚集于一点) focus; focusing; concentrate 用取火镜使太阳光聚焦在一张纸上 focus the sun's rays on a piece of paper with a burning glass; 如果照相机镜头聚焦不准, 照片就会模糊不清。 if your camera is not brought into focus, the photograph will be blurried.; 聚焦磁铁 focus magnet; convergence magnet; 聚焦点 focus point; 聚焦电极 focusing electrode; 聚焦电流 focus current; focusing current; 聚焦电路 focus circuit; 聚焦电压 focus voltage; focusing voltage; 聚焦放大镜 focuser; 聚焦区 focal zone; 聚焦透镜 condenser lens; focusing lens; 聚焦显微镜 focusing microscope; 聚焦线圈 focus coil; focusing coil; convergence coil; 聚焦装置 focusing aid; focusing device; focusing mechanism; focusing unit
• "槽磁场" 英文翻译 :    slot field; slotfield
• "串磁场" 英文翻译 :    series field
• "磁场安" 英文翻译 :    field ampere turns
• "磁场板" 英文翻译 :    magnetic field board
• "磁场蝶" 英文翻译 :    field control
• "磁场极" 英文翻译 :    magnetic field pole
• "磁场计" 英文翻译 :    magnetic field meter; magneticfieldmeter
• "磁场力" 英文翻译 :    magnetic field force; magnetic field strength; magnetic force acting in a field
• "磁场能" 英文翻译 :    magnetic field energy
• "磁场图" 英文翻译 :    flux plot; magnetic chart; magnetic field map
• "磁场线" 英文翻译 :    magnetic field line
• "磁场源" 英文翻译 :    magnetic field pressing
• "磁场作" 英文翻译 :    forced-oil and forced-air cooled the action of a magnetic field

• The effects of focusing magnetic field on cathodic vacuum arc discharge and plasma transport
  聚焦磁场对系统弧放电和传输效率的影响
• 4 . deep research on how to improve the efficiency and output power and to reduce the focusing magnetic of rbwo
  4 、对如何提高rbwo输出功率和效率、降低聚焦磁场的方法作了较为深入的探讨。
• The aim to research the cold character of rbwo is to reveal the relations between the structure and the output power , efficiency and the focusing magnetic
  详细地研究rbwo冷腔结构特性的目的是为了揭示器件结构对rbwo输出功率、输出效率、聚焦磁场的影响。
• In fact , the structure of device decide the output power , efficiency and focusing magnetic . to adjust the parameters of the beam is to research the optimum output power of given structure
  实际上，器件的结构决定了rbwo的输出功率、输出效率以及聚焦磁场，调节电子注参数实际上是寻找一定结构下的最优化输出。
• We give a brief theoretic analysis of using delayed self - controlling feedback to control beam halo . s ( the length of one period of focusing channel ) is selected as the delay parameter of the controller and the maximal lyapunov exponent is calculated
  经分析，确定了延迟反馈控制器的延迟参数为s (一个聚焦磁场通道周期) ；而后，计算了系统的最大李雅普诺夫指数。
• This dissertation present a new structure of rbwo and use the magic tool to simulate it and it is a good reference for further research on improving output power , efficiency and reducing the focusing magnetic
  本文的研究工作提出了一种hl - rbwo的结构并对其进行了粒子模拟；在思想方法上，在如何提高rbwo的输出功率、输出效率、降低聚焦磁场，对于研究进一步开发和利用高功率高效率低磁场微波源有一定的参考意义。
• This dissertation presents a way to improve the efficiency and output power of rbwo and to reduce the focusing magnetic of the rbwo . in order to verify the correction of this method , i use the particle - in - cell ( pic ) software magic to simulate the rbwo of this kind of structure
  本文研究了提高x波段rbwo输出功率和输出效率、降低聚焦磁场的方法，提出了一种新结构的hl - rbwo并对其进行了计算机的粒子模拟验证。
• Firstly , the author analyses the cold characters in details and concludes the factors which limit the output power and efficiency of rbwo and provides a method to improve the efficiency and the output power and to reduce the focusing magnetic of rbwo based on the researching work
  首先，作者较为详细地分析了rbwo的冷腔特性，总结了影响rbwo冷腔特性和限制rbwo输出功率和效率的因素，并提出了相应的改善措施，以及降低rbwo聚焦磁场的方法。
• 2 . to design an axial magnetic field . the cathode lies in 0 . 4 - 0 . 7 of peak value of the magnetic field and excursion channel in a uniform magnetic field to suppress space charge effects ; to design transition section between the gun and excursion channel in converse computation . 3
  选择电子枪阴极处于轴向聚焦磁场峰值的0 . 4 - 0 . 7倍处;漂移通道(互作用区)位于均匀轴向聚焦磁场中,以抑制电子束的空间电荷效应;使用反算法设计电子枪和漂移通道之间的过渡区。

• 聚焦磁场的日语：しゅうそくじかい